M. Balasubramaniam

Emission of intermediate mass fragments from hot 116 Ba ∗ formed in low-energy 58 Ni+ 58 Ni reaction

The complex fragments (or intermediate mass fragments) observed in the low-energy

Emission of intermediate mass fragments from hot 116Ba* formed in low-energy 58Ni + 58Ni reaction

^{58}

Magic numbers in exotic light nuclei near drip lines

Ni+

Collective clusterization effects in light heavy ion reactions

^{58}

The cluster-core model for the halo structure of light nuclei at the drip lines

Ni

The formation and decay of superheavy nuclei produced in 48Ca-induced reactions

\to ^{116}

Structure effects in the region of superheavy elements via the α-decay chain of 293118

Ba

Cold 86Kr valley in superheavy Z = 104-120 nuclei

^*

Cold fission versus exotic cluster decay in 234,236,238U nuclei

reaction, are studied within the dynamical cluster decay model for s-wave with the use of the temperature-dependent liquid drop, Coulomb and proximity energies. The important result is that, due to the temperature effects in liquid drop energy, the explicit preference for

ALPHA ACCOMPANIED TERNARY FISSION OF SUPERHEAVY NUCLEI

\alpha